Reusable Jar With a Makeup Puff by Annabelle Minerals

Reusable Jar With a Makeup Puff

CHF 7.00
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Description

Introducing the eco-friendly solution to plastic packaging - the reusable Annabelle Minerals Aluminium Jar. This innovative jar serves as an alternative to plastic mixing jars and storage containers for mineral makeup refills, offering a sustainable choice for conscious consumers.

Why should you opt for aluminium packaging? 

  • Lightness. Aluminium packaging is lightweight, reducing carbon emissions during transportation. Its portable design makes it convenient for everyday use without adding bulk to your makeup bag.
  • Durability. Unlike fragile plastic containers, aluminium jars are highly durable and resistant to breakage, providing long-lasting functionality. Say goodbye to worries about accidental drops or mishaps.
  • Recyclability. Aluminium packaging is easily and efficiently recyclable. It can be recycled indefinitely without losing its quality, making it a sustainable choice. Ensure proper disposal by placing it in designated containers for metals and plastics.

Make the switch to the Annabelle Minerals Aluminium Jar and make a difference in reducing plastic waste. Embrace sustainability without compromising on functionality or style. Start your eco-friendly journey today.

Why you'll love it:

  • Made of durable and recyclable aluminum
  • Lightweight and perfect for on-the-go use
  • Generous capacity and makeup puff
  • Embrace sustainability without sacrificing practicality

Mineral vs. Chemical Sunscreen: What's the Difference?

Chemical filters absorb UV rays and convert them into heat. They're inexpensive and widely used, but some — especially older-generation filters — are unstable in sunlight, breaking down and generating free radicals. They can also irritate sensitive skin. The biggest concern is that several have been linked by scientists to hormonal disruption — one reason we don't carry them at Nuvola.

Mineral filters like zinc oxide and titanium dioxide work differently: they sit on the skin's surface and work by scattering and reflecting UV rays instead of absorbing them. The result is stable, broad-spectrum protection that's well tolerated by sensitive skin, babies, and pregnant women.

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